DEFEA 2021: Miltech Hellas unveils its long-range surveillance mobile armored portable cabin


At DEFEA 2021, Greek company Miltech Hellas unveils its new mobile armored control station fitted with multi-sensor surveillance systems which can be used to conduct border control missions in day and night conditions. 


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Greek company Miltech Hellas unveils its new Long-Range armored surveillance cabin at DEFEA 2021, International Defense Exhibition in Greece. (Picture source Army Recognition)


MILTECH HELLAS Company offers a wide spectrum of defense applications ranging from field communication products, power converters & distribution units to thermal imaging systems. Moreover, MILTECH HELLAS provides customized/tailored electronics, electro-optics, and mechanical solutions.

The Long Range Surveillance portable cabin unveiled at DEFEA 2021 by Miltech Hellas consists of an armored cabin providing protection against the firing of small arms and grenades blast. It can accommodate a team of police officers or military personnel to conduct control of border or military areas.

The roof of the cabin is fitted with an IP thermal surveillance systems MLT-SUR-RT fully designed and manufactured by the company Miltech Hellas. The system is equipped with a day camera with optical and digital zooms as well as an IR (Infrared) thermal camera. Thermal imaging devices use passive sensors that capture the infrared radiation emitted by all objects with a temperature above absolute zero (thermal radiation), providing ideal operation regardless of lighting conditions.

The MLT-SUR-RT is connected to a computer offering a high level of images in day and night and day conditions under armor protection.

The MLT-SUR-RT is able to detect human movement at a maximum range of 4,350 m and identify people at a range of up to 750 m. For the vehicles, the systems has a maximum range detection of 9,950 m and an identification range of up to 1,850 m. Thermal imaging devices use passive sensors that capture the infrared radiation emitted by all objects with a temperature above absolute zero (thermal radiation), providing ideal operation regardless of lighting conditions.